The Daily Signal
Science

Mars Has a Recycling System. We Need One Too.

Friday, June 26, 2026

Scientists detected seismic waves showing Mars cycles rock through its mantle like Earth does, meaning both planets refresh their crusts. The real question: if a dead planet does this automatically, why do we treat Earth's finite resources as infinite?

Mars seismic data reveals mantle convection, same process that recycles Earth's oceanic crust continuously.

Both planets lose heat and material to space, yet both maintain geological renewal for billions of years.

Human economy treats extraction as linear: take, use, discard. Geology treats it as circular by necessity.

Related Stories
Science
Four Chameleons Named, Zero Habitats Protected Yet
Scientists discovered four new chameleon species in Madagascar's isolated mountaintop ecosystems, naming two a
Science
The Shape That Solves Itself
A mathematical object called the positive Grassmannian keeps appearing in physics, biology, and computation—no
Culture
Amazon Courier Becomes Viral Singer, Proves the Algorithm Works
A former delivery driver monetized a TikTok moment into a recording contract by selling directly to fans via a
More From Today's Edition
Culture
Comedian Liquidates Castle Menagerie Nobody Asked For
Alan Carr is auctioning off a concrete animal sculpture collection from his sprawling home—a physical artifact
Culture
Radio Presenter Steps Back, Nobody Replaces Him
Trevor Nelson, a Radio 2 and 1Xtra stalwart, has taken medical leave. The BBC hasn't announced his successor—w
Film
Studios Turn Animation Into IP Factories
Annecy 2026 revealed the industry's real problem: studios are no longer making animated films, they're manufac
Film
Del Toro Sells Hitchcock As Inheritance, Not Blueprint
Del Toro is packaging Hitchcock's techniques as a masterclass for other directors—not as dead history to excav
Technology
Prosecutors Built a Case From Thinking Out Loud
A man accused of arson in LA's deadliest wildfire was convicted partly using his ChatGPT search history—images
View Past Editions →